Saltwater intrusion (SWI) into coastal aquifers is a growing problem for the drinking water
supply of coastal communities worldwide, including for the sustainability of coastal …

Τhe management and protection of a country's water resources is a matter of high priority,
ensuring the development and socio-economic stability of a country. Unquestionably …

High quality coastal aquifer systems provide vast quantities of potable groundwater for
millions of people worldwide. Managing this setting has economic and environmental …

Geological heterogeneity is a key factor affecting rates and patterns of groundwater flow and
the evolution of salinity distributions in coastal aquifers. The hydrogeologic systems of …

In this study we use polynomial chaos expansion (PCE) to perform uncertainty analysis for
seawater intrusion (SWI) in fractured coastal aquifers (FCAs) which is simulated using the …

Despite that fractured coastal aquifers are widespread, the influence of fracture
characteristics on seawater intrusion (SWI) has not been explored in previous studies. This …

In many Mediterranean islands with limited surface water resources, the growth of
agricultural and touristic sectors, which are the main water consumers, highly depends on …

The application of metamodelling frameworks is a popular approach to handle the
computational cost arising from complex computer simulations and global optimization …

Sharp-interface seawater intrusion models present shorter run times than variable density
codes, which makes them practical for regional, decision-support groundwater modeling …

Laboratory scale experiments and numerical modelling were employed in this study to
investigate saltwater intrusion in fractured aquifers. Saline intrusion was initiated in one …